I have long been intrigued with the biological interface between hosts and etiological agents, and the resulting patterns of morphological lesions, especially lesions caused by infectious disease agents..more...

Dietary effects on polycyclic aromatic hydrocarbons metabolites and their activation under different circadian rhythms. Development of methods in the fluorescence microscopy field that achieve data acquisition.more...

Reproductive biology with emphasis on uterine biology and pregnancy. Mechanisms of action of pregnancy recognition signals from the conceptus to the maternal uterus, including interferon tau and estrogen.more...

Major goals of my program are (1) to acquire fundamental new knowledge of the avian immune system, especially antigen presentation and (2) to apply this new knowledge toward the development of novel immuno-biotechnological.more...

Broadly defined, our research interests fall under the umbrella of genome evolution in its various dimensions. We use an integrated approach employing comparative genomics, population genetics and experimental.more...

My primary research focus is genomics. I am particularly interested in comparative genomics: learning about the dynamics underlying human diseases by studying their counterparts in animals.
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Reproductive biology, toxicology/environmental health; use of non-invasive imaging technologies to investigate the mechanisms by which biological response modifiers ranging from hormones and growth factorssmore...

Our research focuses on elucidation of genotype-phenotype relationships using computational and evolutionary genomics approaches. We develop computational tools and statistical tests to estimate key parameters.more...

Dr. Robert S. Chapkin, Distinguished Professor is an expert in dietary/microbial modulators related to prevention of cancer and chronic inflammatory diseases. He has been continuously funded by the National
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My research focuses on the development of quantitative, data-driven approaches for understanding and predicting the human health effects of environmental chemicals. Specifically, my research applies computational
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I am primarily interested in wildlife disease prevention and management. I have done research and management on diseases such as anthrax, brucellosis, and chronic wasting disease. I have also done work.more...

Transmission patterns of infections of prokaryotic and eukaryotic parasites and the control of disease caused by these parasites. Control of parasites resistant to extant pharmaceuticals by selection of more...

I am a board-certified small animal veterinary internist, with ongoing research interests in infectious disease, pedagogical theory in science education, and the genetic and environmental determinants.more...

My Comparative Immunogenetics Laboratory http://vetmed.tamu.edu/comparative-immunogenetics-lab studies immunology and evolution. Most of our research focuses on the early natural history of the vertebrate.more...